Index

Index

ADD_NOISE

ALIGN

ALMA

AMPLITUDE

19.3 AMPLITUDE | 24.7.3 Released in Version 4.4

APPLY

7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 19.4 APPLY

/FLAG: 7.8 Data flagging
DELAY: 7.6 Transfering the solution to

ARRAY

15.1 UV coverage and beam | 15.2 Complete Simulation | 23.3 ARRAY

USER: 15.1 UV coverage and beam

BUFFERS

casagildas

4.6.1 On the CASA side

CATALOG

2.5 IMAGER for huge data | 11.1.2 the VIEW command | 11.2 The VIEWER program | 11.4.1 The UV_PREVIEW command | 12 Application: The Imager PIPELINE | 12.2 Before using the PIPELINE: | 12.3.14 IMAGING step | 17.2 CATALOG

CCT_CLEAN

CCT_CONVERT

18.5 CCT_CONVERT

CCT_MERGE

CLARK

3.5 Imaging/deconvolution: a brief sequence | no title | 22.6 CLARK

CLEAN

2.3 IMAGER for beginners | 3.4 Fundamental control variable: BEAM_STEP | 3.4 Fundamental control variable: BEAM_STEP | 5.5.5 Restoring step: UV_RESTORE | 5.6.2 A few (obvious) practical | 6.4 Large Mosaics: the SAULT | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.5 Advanced use | 9 Application: UV plane analysis | 10.1 Continuum imaging | 18.7 CLEAN

COLLECT

COLOR

17.3 COLOR | 24.2 Change summary for Version

COLUMN

4.4.1 UV table data format

COMBINE

16.1 Basic Data Cube Handling | 21.2 COMBINE

Command

3.6 Getting Help: the HELP

COMPARE

11.1 The basic visualization commands | 11.1.5 the COMPARE command | 11.1.5 the COMPARE command | 11.1.5 the COMPARE command | 11.1.5 the COMPARE command | 11.1.5 the COMPARE command | 11.1.5 the COMPARE command | 17.4 COMPARE

DEFINE

IMAGE: A..6 Transfering Image data

DERIVE

DISCARD

MASK: 24.5.1 Pending bugs or subtle

DUMP

EXPLORE

11.1 The basic visualization commands | 11.1.4 the EXPLORE command | 11.1.4 the EXPLORE command | 17.5 EXPLORE

EXTRACT

FEATHER

8.3.3 Comparison | 8.4 Hybridization technique and ALMA | 20.2 FEATHER

FIND

11.2 The VIEWER program | 17.7 FIND

FIT

/JVM: 6.8 Hybrid Mosaics
/JVM_FACTOR: 5.5.5 Restoring step: UV_RESTORE | 6.5 Mosaic and JvM factor

FITS

4.6 ALMA: UV Tables from | 4.6.2 On the IMAGER side | A..6 Transfering Image data

fits_to_uvt

4.6.2 On the IMAGER side

FLUX

GCLEAN

no title | 22.7 GCLEAN | 24.7.3 Released in Version 4.4 | 24.7.3 Released in Version 4.4

GO

2.4 IMAGER for previous users | no title | 2.4.1 Forget INPUT and GO

BIT: 2.4.1 Forget INPUT and GO
MAP: 2.4.1 Forget INPUT and GO
NICE: 2.4.1 Forget INPUT and GO
PLOT: 2.4.1 Forget INPUT and GO
UVSHOW: 2.4.1 Forget INPUT and GO

HEADER

4.4.2 uv header

HELP

2.2 IMAGER for you... | 2.3 IMAGER for beginners | 2.4 IMAGER for previous users | 2.4 IMAGER for previous users | 3.6 Getting Help: the HELP | 3.6 Getting Help: the HELP | 3.6 Getting Help: the HELP

SHOW: 2.4.1 Forget INPUT and GO | 11.4 Specific IMAGER visualisation tools
VIEW: 2.4.1 Forget INPUT and GO

HOGBOM

3.5 Imaging/deconvolution: a brief sequence | no title | 22.5 HOGBOM

HOW_TO

2.2 IMAGER for you... | 20.4 HOW_TO

INPUT

no title | 2.4.1 Forget INPUT and GO

INSPECT_3D

11.1 The basic visualization commands | 11.1.3 the INSPECT_3D command | 11.1.3 the INSPECT_3D command | 11.1.3 the INSPECT_3D command | 17.8 INSPECT_3D

JvM factor

5.5.5 Restoring step: UV_RESTORE

KEPLER

14.3 Rotating Disks: the KEPLER | 16.4 Rotationally symmetric structures: Keplerian | 21.3 KEPLER

/VELOCITY: 16.4 Rotationally symmetric structures: Keplerian
SHOW: 11.4 Specific IMAGER visualisation tools

Language

ADVANCED: 20.1 Language ADVANCED
BUNDLES: 21.1 Language BUNDLES
CALIBRATE: 19.1 Language CALIBRATE
CLEAN: 18.1 Language CLEAN
DISPLAY: 17.1 Language DISPLAY
IMAGER: 22.1 Language IMAGER
SIMULATE: 23.1 Language SIMULATE

LOAD

LOG

MAP_COMBINE

16.1 Basic Data Cube Handling | 18.13 MAP_COMBINE

MAP_COMPRESS

16.1 Basic Data Cube Handling | 18.14 MAP_COMPRESS

MAP_CONTINUUM

10.4 The CONTINUUM image | 12.3.14 IMAGING step | 16.1 Basic Data Cube Handling | 20.5 MAP_CONTINUUM

MAP_CONVOLVE

16.1 Basic Data Cube Handling | 18.12 MAP_CONVOLVE

MAP_INTEGRATE

16.1 Basic Data Cube Handling | 18.15 MAP_INTEGRATE

MAP_POLAR

13.2 The STOKES command | 13.4 Analysing data | 13.4 Analysing data | 20.6 MAP_POLAR

MAP_REPROJECT

16.1 Basic Data Cube Handling | 18.16 MAP_REPROJECT

MAP_RESAMPLE

16.1 Basic Data Cube Handling | 18.17 MAP_RESAMPLE

MAP_SMOOTH

16.1 Basic Data Cube Handling | 18.18 MAP_SMOOTH

MASK

5.5.4.1 Implementation | 20.7 MASK

/THRESHOLD: 13.3 Processing data: using the
THRESHOLD: 5.5.4.1 Implementation | 7.5 Advanced use
USE: 5.5.4.1 Implementation

MFS

MODEL

7.3 Self-Calibration Implementation | 9 Application: UV plane analysis | 15.2 Complete Simulation | 19.9 MODEL

MOMENTS

20.9 MOMENTS | 24.7.3 Released in Version 4.4

MOSAIC

6.3.4 Typical use | 6.4 Large Mosaics: the SAULT | 18.20 MOSAIC

MRC

3.5 Imaging/deconvolution: a brief sequence | no title | 22.8 MRC

MULTI

3.5 Imaging/deconvolution: a brief sequence | no title

MULTISCALE

22.9 MULTISCALE

MX

no title | 5.5.5 Restoring step: UV_RESTORE | 18.21 MX

PIPELINE

2.5 IMAGER for huge data | 4.1 In a nutshell | 7.6 Transfering the solution to | 12 Application: The Imager PIPELINE | 12 Application: The Imager PIPELINE | no title | no title | 22.4 PIPELINE | 24.2 Change summary for Version | 24.7.3 Released in Version 4.4

/MODE: 12 Application: The Imager PIPELINE
/WIDGET: 12 Application: The Imager PIPELINE | 12.1 Preparing the data: ORGANIZE | no title
EXPLORE: 12.2 Before using the PIPELINE:
FIND: 13.3 Processing data: using the
ORGANIZE: 4.6.2 On the IMAGER side | 12.1 Preparing the data: ORGANIZE
SELECT: 13.3 Processing data: using the

PLAIT

POPUP

PRIMARY

PROPER_MOTION

14.2 Moving Targets | 20.10 PROPER_MOTION | 24.7.3 Released in Version 4.4

READ

1 Pre-amble | 2.3 IMAGER for beginners | 15.1 UV coverage and beam | 18.23 READ

/FREQUENCY: 4.7 Reading UV tables
/NOCACHE: 24.2 Change summary for Version
/RANGE: 4.7 Reading UV tables | 14.1 Really Huge Problems
BEAM: 5.5.4.1 Implementation
CGAINS: 7.6 Transfering the solution to
CONTINUUM: 10.4 The CONTINUUM image
DIRTY: 5.5.4.1 Implementation
MASK: 5.5.4.1 Implementation
MODEL: 9 Application: UV plane analysis | 9 Application: UV plane analysis
SINGLE: 3.5 Imaging/deconvolution: a brief sequence | 4.8 UV Table handling | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice:
UV: 4.6.2 On the IMAGER side | 4.7 Reading UV tables | 4.8 UV Table handling | 5.3.3 Implementation ( READ UV, | 7.6 Transfering the solution to | 8.6 Short Spacings in practice: | 9 Application: UV plane analysis

REPORT

12 Application: The Imager PIPELINE | 12 Application: The Imager PIPELINE | 22.3 REPORT | 24.7.3 Released in Version 4.4

COVERAGE: 12.2 Before using the PIPELINE:
RESULTS: 12.7 After using the PIPELINE:
SUMMARY: 12.2 Before using the PIPELINE:

SCALE_FLUX

7.5 Advanced use | 19.8 SCALE_FLUX

SDI

3.5 Imaging/deconvolution: a brief sequence | no title | 22.10 SDI

SELFCAL

7.1 Self-Calibration in a nutshell | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.4.2 Quality assessment and data | 7.5 Advanced use | 21.4 SELFCAL | 24.2 Change summary for Version

/WIDGET: 7.3 Self-Calibration Implementation
AMPLI: 7.5 Advanced use
APPLY: 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.7 Data re-weighting | 7.8 Data flagging | 7.8 Data flagging
FLAG: 7.8 Data flagging
PHASE: 7.3 Self-Calibration Implementation | 7.5 Advanced use
SAVE: 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation
SHOW: 7.3 Self-Calibration Implementation | 7.4.1 Timescale for averaging solution | 7.4.2 Quality assessment and data | 11.1.1 The SHOW command | 11.4.2 the SELFCAL SHOW command | 11.4.2 the SELFCAL SHOW command | 11.4.2 the SELFCAL SHOW command | 11.4.2 the SELFCAL SHOW command | 11.4.2 the SELFCAL SHOW command | 11.4.2 the SELFCAL SHOW command
SUMMARY: 7.3 Self-Calibration Implementation | 7.4.2 Quality assessment and data

SET

FORMAT: 24.7.3 Released in Version 4.4

SHOW

2.4.1 Forget INPUT and GO | 8.1 In a nutshell | 11.1 The basic visualization commands | 11.1.1 The SHOW command | 11.4 Specific IMAGER visualisation tools | 17.12 SHOW | 24.2 Change summary for Version | A..6 Transfering Image data

/CONTOUR: 24.2 Change summary for Version
/SIDE: 11.1.1 The SHOW command
CCT: 5.6.2 A few (obvious) practical | 11.1.1 The SHOW command | 11.1.1 The SHOW command | 11.1.1 The SHOW command | 11.1.2 the VIEW command
CLEAN: 3.5 Imaging/deconvolution: a brief sequence | 11.1.1 The SHOW command | 11.1.1 The SHOW command
COVERAGE: 4.8 UV Table handling | 11.1.1 The SHOW command | 11.1.1 The SHOW command
FIELDS: 11.1.1 The SHOW command
KEPLER: 11.4 Specific IMAGER visualisation tools | 16.4 Rotationally symmetric structures: Keplerian
NOISE: 5.5.6 Typical deconvolution session | 5.6.2 A few (obvious) practical | 11.1.1 The SHOW command | 11.1.1 The SHOW command | 11.1.1 The SHOW command
SELFCAL: 11.1.1 The SHOW command
STATISTIC: 24.3 Change summary for Version
UV: 4.8 UV Table handling | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 11.1.1 The SHOW command | 11.1.1 The SHOW command | 11.1.1 The SHOW command
UV_FIT: 4.8 UV Table handling | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 11.1.1 The SHOW command | 11.1.1 The SHOW command | 11.1.1 The SHOW command

SIMULATE

15.2 Complete Simulation | 15.2 Complete Simulation | 15.2 Complete Simulation | 15.2 Complete Simulation | 15.2 Complete Simulation | 22.11 SIMULATE

SLICE

SOLVE

7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 7.8 Data flagging | 19.10 SOLVE

SPECIFY

18.19 SPECIFY | 24.7.3 Released in Version 4.4

FREQUENCY: 11.4.1 The UV_PREVIEW command

SPECTRAL_CLEAN

21.5 SPECTRAL_CLEAN

SPECTRUM

STATISTIC

5.6.2 A few (obvious) practical | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 11.2 The VIEWER program | 17.15 STATISTIC

STOKES

13.1 Polarized Data Handling | 13.1 Polarized Data Handling | 13.1 Polarized Data Handling | 13.2 The STOKES command | 13.2 The STOKES command | 13.2 The STOKES command | 20.11 STOKES | A..5 In IMAGER

SUPPORT

5.5.4.1 Implementation | 5.5.4.1 Implementation | 18.24 SUPPORT

/MASK: 5.5.4.1 Implementation | 5.5.4.1 Implementation

TABLE

8.6 Short Spacings in practice:

TIPS

2.2 IMAGER for you... | 22.2 TIPS

TRANSFORM

19.11 TRANSFORM

UV_...

4.8 UV Table handling

UV_SELF

7.3 Self-Calibration Implementation

UV_ADD

/FILE: 13.2 The STOKES command

UV_BASELINE

4.8 UV Table handling | 4.8 UV Table handling | 10.2 Split Continuum and Spectral | 14.1 Really Huge Problems | 18.25 UV_BASELINE

/CHANNELS: 11.4.1 The UV_PREVIEW command
/FILE: 14.1 Really Huge Problems

UV_CHECK

3.4 Fundamental control variable: BEAM_STEP | 4.8 UV Table handling | 18.26 UV_CHECK

UV_CHOP

18.27 UV_CHOP | 24.7.3 Released in Version 4.4

UV_CIRCLE

4.8 UV Table handling | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 20.13 UV_CIRCLE

UV_COMPRESS

4.8 UV Table handling | 18.28 UV_COMPRESS

/FILE: 14.1 Really Huge Problems

UV_CONTINUUM

4.8 UV Table handling | 4.8 UV Table handling | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 18.29 UV_CONTINUUM

UV_CORRELATE

20.14 UV_CORRELATE

UV_DEPROJECT

4.8 UV Table handling | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 20.15 UV_DEPROJECT

UV_DETECT

16.2 Matched Filtering | 21.6 UV_DETECT

UV_EXTRACT

18.30 UV_EXTRACT

/FILE: 14.1 Really Huge Problems

UV_FIELDS

18.31 UV_FIELDS | 24.7.4 Released - in Version | A..5 In IMAGER

UV_FILTER

4.8 UV Table handling | 4.8 UV Table handling | 10.1 Continuum imaging | 10.2 Split Continuum and Spectral | 13.1 Polarized Data Handling | 14.1 Really Huge Problems | 18.32 UV_FILTER

/CHANNELS: 11.4.1 The UV_PREVIEW command
/FILE: 14.1 Really Huge Problems

UV_FIT

4.8 UV Table handling | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 11.1.1 The SHOW command | 11.1.1 The SHOW command | 11.1.1 The SHOW command | 20.16 UV_FIT

/CONTINUUM: 9 Application: UV plane analysis

UV_FIT] have a specific (/CONTINUUM

9 Application: UV plane analysis

UV_FLAG

4.8 UV Table handling | 5.6.2 A few (obvious) practical | 18.33 UV_FLAG

UV_HANNING

/FILE: 14.1 Really Huge Problems

UV_LINEARIZE

20.17 UV_LINEARIZE

UV_MAP

2.3 IMAGER for beginners | 3.4 Fundamental control variable: BEAM_STEP | 3.4 Fundamental control variable: BEAM_STEP | 3.5 Imaging/deconvolution: a brief sequence | 3.6 Getting Help: the HELP | 4.8 UV Table handling | 4.8 UV Table handling | 5.1 In a nutshell | 5.3.3 Implementation ( READ UV, | 5.3.3 Implementation ( READ UV, | 5.3.4 Defining the Projection Center | 5.5.4.1 Implementation | 5.6.2 A few (obvious) practical | 6.3.4 Typical use | 6.3.4 Typical use | 6.6 Tiny (or degenerate) Mosaics | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 13.1 Polarized Data Handling | 18.34 UV_MAP

/CONT: 10.1 Continuum imaging | 10.1 Continuum imaging
?: 5.3.3 Implementation ( READ UV,

UV_MAP

5.3.4 Defining the Projection Center

UV_MERGE

/FILE: 4.8 UV Table handling | 4.8 UV Table handling | 14.1 Really Huge Problems
/MODE STACK: 16.3 Line Stacking

UV_MOSAIC

6.3.4 Typical use | 6.8 Hybrid Mosaics | 20.19 UV_MOSAIC

UV_PREVIEW

2.5 IMAGER for huge data | 2.5 IMAGER for huge data | 4.8 UV Table handling | 4.8 UV Table handling | 7.4.2 Quality assessment and data | 10.1 Continuum imaging | 10.2 Split Continuum and Spectral | 11.4.1 The UV_PREVIEW command | 11.4.1 The UV_PREVIEW command | 11.4.1 The UV_PREVIEW command | 12.3.9 SELF or COMPUTE step | 12.3.9 SELF or COMPUTE step | 13.1 Polarized Data Handling | 20.20 UV_PREVIEW

/FILE: 14.1 Really Huge Problems

UV_RADIAL

4.8 UV Table handling | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 20.21 UV_RADIAL

UV_RESAMPLE

2.4 IMAGER for previous users | 4.8 UV Table handling | 13.1 Polarized Data Handling | 18.35 UV_RESAMPLE

/FILE: 14.1 Really Huge Problems

UV_RESIDUAL

4.8 UV Table handling | 9 Application: UV plane analysis | 9 Application: UV plane analysis | 18.36 UV_RESIDUAL

UV_RESTORE

3.4.1 CASA versus IMAGER | 4.8 UV Table handling | no title | 5.5.5 Restoring step: UV_RESTORE | 6.5 Mosaic and JvM factor | 6.5 Mosaic and JvM factor | 10.1 Continuum imaging | 18.37 UV_RESTORE | 24.7.3 Released in Version 4.4

UV_REWEIGHT

4.8 UV Table handling | 7.4.2 Quality assessment and data | 18.38 UV_REWEIGHT | 24.2 Change summary for Version | A..5 In IMAGER

ROBUST: 24.2 Change summary for Version

UV_SELECT

9 Application: UV plane analysis | 9 Application: UV plane analysis | 19.13 UV_SELECT

UV_SELF

4.8 UV Table handling | 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation | 19.12 UV_SELF

/RESTORE: 7.3 Self-Calibration Implementation | 7.3 Self-Calibration Implementation

UV_SHIFT

4.8 UV Table handling | 18.39 UV_SHIFT

UV_SHORT

4.8 UV Table handling | 6.1 In a nutshell | 8.1 In a nutshell | 8.3.3 Comparison | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.6 Short Spacings in practice: | 8.7.1 When are short-spacing information | 20.22 UV_SHORT

/REMOVE: 8.6 Short Spacings in practice:

UV_SMOOTH

18.40 UV_SMOOTH

UV_SORT

14.1 Really Huge Problems | 19.14 UV_SORT

/FILE: 14.1 Really Huge Problems | 14.1 Really Huge Problems

UV_SPLIT

/FILE: 14.1 Really Huge Problems | 14.1 Really Huge Problems

UV_STAT

4.8 UV Table handling | 5.3.5 Typical imaging session | 13.1 Polarized Data Handling | 18.42 UV_STAT

/PLOT: 24.7.3 Released in Version 4.4
SETUP: 9 Application: UV plane analysis

UV_SUBTRACT

18.43 UV_SUBTRACT | 24.2 Change summary for Version

UV_TIME

2.4 IMAGER for previous users | 4.8 UV Table handling | 4.8 UV Table handling | 13.1 Polarized Data Handling | 13.1 Polarized Data Handling | 18.44 UV_TIME

/FILE: 14.1 Really Huge Problems

UV_TRACKS

15.1 UV coverage and beam | 15.1 UV coverage and beam | 15.2 Complete Simulation | 23.4 UV_TRACKS

UV_TRIM

UV_TRUNCATE

4.8 UV Table handling | 18.46 UV_TRUNCATE

VIEW

2.3 IMAGER for beginners | 2.3 IMAGER for beginners | 2.4.1 Forget INPUT and GO | 8.1 In a nutshell | 11.1 The basic visualization commands | 11.1.2 the VIEW command | 11.1.2 the VIEW command | 11.1.2 the VIEW command | 17.16 VIEW | A..6 Transfering Image data

/OVERLAY: 11.1.2 the VIEW command | 16.1 Basic Data Cube Handling
CCT: 5.6.2 A few (obvious) practical | 11.1.2 the VIEW command
NOISE: 11.1.2 the VIEW command
STATISTIC: 24.3 Change summary for Version

WRITE

1 Pre-amble | 2.3 IMAGER for beginners | 2.4 IMAGER for previous users | 8.6 Short Spacings in practice: | 18.47 WRITE | 24.7.3 Released in Version 4.4

/APPEND: 14.1 Really Huge Problems
/REPLACE: 14.1 Really Huge Problems
CGAINS: 7.6 Transfering the solution to
CONTINUUM: 10.4 The CONTINUUM image
MASK: 5.5.4.1 Implementation
SUPPORT: 5.5.4.1 Implementation
UV: 4.8 UV Table handling

XY_SHORT

8.6 Short Spacings in practice: | 20.23 XY_SHORT